v in terms of F,q,B : [tex]\large{\boxed{\bold{v=\frac{F}{Bq}}}[/tex]
Lorentz force is a force that occurs when an electric current conductor is placed in a magnetic field.
The direction of the Lorentz force (F) is always perpendicular to the direction of the electric current (l) and magnetic induction (B).
Lorentz force also occurs in charges moving in a magnetic field
Can be formulated
[tex]\large{\boxed{\bold{Fl= q.v.B.sin\:\alpha }}[/tex]
Fl = Lorentz force
q = electric charge (C = Coloumb)
v = charge speed (m / s)
B = magnetic field strength (T)
α = angle formed by v and B
An equation means what is on the left is equal to what is on the right
There are several ways to solve an equation
The subject of a formula is the single variable usually on the left of the symbol "= "
We can change a formula so that another variable is the subject
We can Add / Subtract / divide / multiply the same value on both sides according to the desired subject formula
From the equation F = Bqv, the subject is F
we rearrange it so that the value v becomes the subject
[tex]\dfrac{F}{Bq}=\dfrac{Bqv}{Bq}[/tex]
[tex]\displaystyle \frac{F}{Bq}=v[/tex]
swap sides:
[tex]\displaystyle v=\frac{F}{Bq}[/tex]
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Keywords: one variable, linear equation, subject of formula
